Importance Of Process Control

1.0 INTRODUCTION A process simply refers as a term about the methods of refining and restructuring raw materials. Which either moves along or remains in all situations during the process that being transferred, measured, mixed, heated or cooled, filtered, stored, or otherwise handled to create the desired product.

Control is a method used in various manufacturing fields that applied to a variety of physical system from artificial intelligence and chemical processes to the circuitry.The most basic principles that process control covers when applied to many systems that come across by engineers in the industry such as manufacturing and packaging. Control Engineering can not be neglected as it plays an important role in the industry.

Process

Variability refers to the quality of the final product, having a process of controlling the consistency in order to produce higher quality products. Moreover, the reduction of variability reduces the cost for manufacturers by reduces product padding requirements to meet the required product specifications.Which means low-quality products will be rejected and the process will be repeated until the quota is achieved through a very low percentage of process control.

Process Control also increases the efficiency, it is a fact that certain products need to be maintained at a certain point which also means having requirements that to be met in order to have a high-quality product. By having a Process Control that will be able to have an accurate control of the conditions such as temperature cost will be reduced as fewer resources are required to make the final product.

The most important function of a Process Control is to ensure safety. Uncontrolled process in other words run-away process such as an out of hand nuclear process will result in dire consequences such as an explosion, radiation and so on. Proper process control will ensure safety by constantly regulating and monitoring a

Initially most items were made on a person as-required premise; if an apparatus was required it was moulded by hand and thusly used to make more devices. As time passed, more unpredictable strategies were created to individuals fulfil manufacture and generation errands. Metalworking innovation, weaving looms, water-driven pounding plants and the advancement of steam and gas motors all added to a more prominent capacity to make different items, yet things were still for the most part made each one in turn by craftspeople talented in different strategies. It was simply after the mechanical insurgency and regular utilization of electrical vitality and systems that assembling of items on an extensive scale got to be